Environmentally friendly flexible illuminating device

A flexible illumination device for environmentally friendly signaling, the device comprising:

• a light emitting diode strip, the light emitting diode strip configured to selectively illuminate in a steady lighting pattern and an alternating lighting pattern;
• a generally elongated tube, the tube defined by a distal end and a proximal end, the tube configured to encapsulate the light emitting diode strip, the tube further configured to enable the lighting patterns from the light emitting diode strip to at least partially pass through, the tube further configured to at least partially bend;
• a reflector cap, the reflector cap configured to at least partially scatter the lighting patterns;
• a battery housing, the battery housing configured to contain a battery, the battery housing further configured to restrict moisture from engaging the battery;
• a distal cap, the distal cap disposed to cover the distal end of the tube, the distal cap comprising a foam composition, the distal cap further configured to form a water tight seal over the distal end of the tube;
• a proximal cap, the proximal cap disposed to cover the proximal end of the tube, the proximal cap further configured to form a water tight seal over the proximal end of the tube;
• a control portion, the control portion configured to operatively connect to the light emitting diode strip and the battery, the control portion comprising a power switch and a lighting switch, the power switch configured to power on and power off the light emitting diode switch, the lighting switch configured to selectively alternate between the steady lighting pattern and the alternating lighting pattern;
• an outer grip, the outer grip configured to at least partially wrap around a portion of the tube, the outer grip configured to facilitate gripping the device;
• and
• a flexible stand, the flexible stand defined by a base and a sleeve, the base configured to support the tube, the sleeve configured to detachably attach to the distal end or the proximal end of the tube, the sleeve further configured to enable a swaying motion by the tube.

A flexible illumination device for environmentally friendly signaling, the device comprising:

• a plurality of one Watt light emitting diode lamps, the plurality of one Watt light emitting diode lamps configured to selectively illuminate in a steady lighting pattern and an alternating lighting pattern, the plurality of one Watt light emitting diode lamps configured to generate about 360 lumens;
• a generally elongated tube, the tube defined by an open distal end and an open proximal end, the tube configured to encapsulate the plurality of one Watt light emitting diode lamps, the tube further configured to enable the lighting patterns to at least partially pass through, the tube further configured to at least partially bend;
• a reflector cap, the reflector cap configured to at least partially scatter the lighting patterns;
• a battery housing, the battery housing configured to contain a battery, the battery housing further configured to restrict moisture from engaging the battery, the battery comprising three AAA batteries;
• a distal cap, the distal cap disposed to cover the distal end of the tube, the distal cap comprising a foam composition, the distal cap further configured to form a water tight seal over the distal end of the tube;
• a proximal cap, the proximal cap disposed to cover the proximal end of the tube, the proximal cap further configured to form a water tight seal over the proximal end of the tube;
• a control portion, the control portion configured to operatively connect to the light emitting diode strip and the battery, the control portion comprising a power switch and a lighting switch, the power switch configured to power on and power off the light emitting diode switch, the lighting switch configured to selectively alternate between the steady lighting pattern and the alternating lighting pattern, the lighting switch further configured to enable alternating of the lighting patterns between three different colors;
• an outer grip, the outer grip configured to at least partially wrap around a portion of the tube, the outer grip configured to facilitate gripping the device, the outer grip comprising a substantially foam material composition;
• and
• a flexible stand, the flexible stand defined by a base and a sleeve, the base configured to support the tube, the sleeve configured to detachably attach to the distal end or the proximal end of the tube, the sleeve further configured to enable a swaying motion by the tube.